112學年材料所-第四週 專題研討課程 演講公告 (113年3月14日) -2
2024.03.11
112學年下學期專題討論公告
題目:
利用高熵材料的廣闊組成空間來設計和合成用於能源產生和儲存的新型材料
Leveraging the vast compositional space of high entropy material for the design and synthesis of novel material for energy generation and storage
演講者: 阮氏川 博士
時間: 113年3月14日(四) 下午4:10-5:00
地點: 成功大學成功校區三系館 鋼構區(3F)共同教室A1302演講廳
演講摘要:
High entropy material (HEM) has attracted significant attentions due to its groundbreaking concept and unique characteristics useful in diverse fields. The beauty of HEM lies in the unique tailorable properties with respect to the huge chemical composition space. The use of nearly infinite composition combinations allows the development novel materials for various energy conversion and storage applications. Here, various types of HEMs, including high entropy perovskite oxide, high entropy glycerate, high entropy sulfide, and high entropy hydroxide, based on the same five consecutive first-row transition metals, have been designed and synthesized as electrocatalysts toward oxygen evolution reaction (OER). The excellent OER activity of these HEM electrocatalysts is demonstrated and discussed. For energy storage applications, high entropy spinel oxides are demonstrated to be promising anode materials in Li ion battery.
歡迎各位撥冗參加!!
題目:
利用高熵材料的廣闊組成空間來設計和合成用於能源產生和儲存的新型材料
Leveraging the vast compositional space of high entropy material for the design and synthesis of novel material for energy generation and storage
演講者: 阮氏川 博士
時間: 113年3月14日(四) 下午4:10-5:00
地點: 成功大學成功校區三系館 鋼構區(3F)共同教室A1302演講廳
演講摘要:
High entropy material (HEM) has attracted significant attentions due to its groundbreaking concept and unique characteristics useful in diverse fields. The beauty of HEM lies in the unique tailorable properties with respect to the huge chemical composition space. The use of nearly infinite composition combinations allows the development novel materials for various energy conversion and storage applications. Here, various types of HEMs, including high entropy perovskite oxide, high entropy glycerate, high entropy sulfide, and high entropy hydroxide, based on the same five consecutive first-row transition metals, have been designed and synthesized as electrocatalysts toward oxygen evolution reaction (OER). The excellent OER activity of these HEM electrocatalysts is demonstrated and discussed. For energy storage applications, high entropy spinel oxides are demonstrated to be promising anode materials in Li ion battery.
歡迎各位撥冗參加!!